Combinative partition wall

ABSTRACT

A combinative partition wall includes a column body, a first partition, a second partition and a plurality of separably connecting mechanisms. According to the invention, the column body is formed with grooves and the first partition arranged to one side of the column body includes a first plate body and a first block that is fixed to the first plate body and is inset into the groove correspondingly. In the meantime, the second partition arranged to one side of the column body and interspaced to the first partition in a row includes a second plate body and a second block that is fixed to the second plate and inset into the groove correspondingly. One of the separably connecting mechanisms is fixed between the column body and the first plate body, while another separably connection mechanism is fixed between the column body and the second plate body. Thereby, the first partition and the second partition can be inter-assembled or disassembled into or from the column body with different manners according to practical requirement, enhancing the practicability and convenience of the invention.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention in general relates to a partition wall, inparticular, to a combinative partition wall.

2. Description of Prior Art

Currently, partition wall structure of assembling type has beencomprehensively applied for partition in offices or stalls ofexhibition. A commonly prior combinative partition wall includes acolumn body and a plurality of partitions that are separably connectedto the column body, and side faces of which are respectively arranged aplurality of sliding troughs parallel to the axial direction of thiscolumn body. Furthermore, the partition is arranged a sliding guideconnected by insetting into the sliding trough correspondingly. Usually,four side faces of the column body are all arranged sliding troughs,which are separated by 90 degrees. Making the partition and the columnbody inter-inset into each other, the column body can have a partitionof four directions for the user to choose, so this structure can combinethe partition walls of assembling type into a needed partition accordingto the practical usage and requirement.

However, this kind of structure still has following drawbacks in termsof practical usage. Firstly, since the heights of the column and thepartition are usually higher than that of people, when this structure isassembled, the column body has to be laid down horizontally and beupright vertically after the partition is assembled. The assembly willbe more difficult, when the number of the partition increases. If thecolumn body is upright in advance, then an assembler probably needs aladder or a chair to heighten his position for assembling the partition,which again will incur a worry on safety. Secondly, since of a need ofpractical usage, the partition may be a hollow configuration, such thatthe user can see through the partition and take out of somethingconveniently, but the middle of current partition is all closed, makingsomewhat inconvenient in terms of usage. Therefore, how to improve andsolve aforementioned problems has become an issue intended to beaddressed by the inventor.

Accordingly, after a substantially devoted study, in cooperation withthe application of relatively academic principles, the inventor hasfinally proposed the present invention that is designed reasonably topossess the capability to improve the drawbacks of the prior artssignificantly.

SUMMARY OF THE INVENTION

The invention is mainly to provide a combinative partition wall, inwhich a first partition, a second partition and a column body can beinter-assembled or dismantled with different manners according topractical requirement, thereby, enhancing practicability andconvenience.

Secondly, the invention is to provide a combinative partition wall,which includes a column body, a first partition and a second partition,in which the column body is formed a first groove and is connected afirst wedging hook; the first partition that can be separably connectedto the column body has, on one hand, one side face that is connected afirst block corresponding to the first groove and a second wedging hookfixed by wedging into the first wedging hook correspondingly and, on theother hand, another corresponding side face that is formed a secondgroove and is connected a third wedging hook; the second partition thatcan be separably connected to the column body or the first partition isconnected a second block corresponding to the first groove or the secondgroove and a fourth wedging hook corresponding to the first wedging hookor the third wedging hook.

Thirdly, the invention is to provide a combinative partition wall, inwhich the contacting face of the second wedging hook abutted against thefirst wedging hook is shown as a skew configuration; when the secondwedging hook and the first wedging hook are combined together, by meansof gravity or loading pressure, the first partition, the secondpartition and the column body are combined tightly.

Fourthly, the invention is to provide a combinative partition wall, inwhich a wedge buckle plate and a first buckling ring are inter-buckledtogether, such that the first partition and the column body areconnected tightly, thereby, enhancing the stability of the combinativepartition wall of the invention.

Fifthly, the invention is to provide a combinative partition wall, inwhich the first partition and the second partition are shown as arcconfigurations, such that the combinative partition wall of theinvention can be applied in a multiple assembly, thereby, enhancing itspracticability.

Finally, the invention is to provide a combinative partition wall, inwhich a recessing area of wire-placing plate can be adapted for placingelectric wires, plugs or power-source sockets therein, thereby,enhancing its usage convenience.

BRIEF DESCRIPTION OF DRAWING

The features of the invention believed to be novel are set forth withparticularity in the appended claims. The invention itself, however, maybe best understood by reference to the following detailed description ofthe invention, which describes several exemplary embodiments of theinvention, taken in conjunction with the accompanying drawings, inwhich:

FIG. 1 is a perspective explosive view of the invention;

FIG. 2 is a perspective outer view of the invention;

FIG. 3 is a perspective outer view of the second embodiment of theinvention;

FIG. 4 is a perspective outer view of the third embodiment of theinvention;

FIG. 5 is a perspective outer view of the invention disposed awire-placing plate;

FIG. 6 is a perspective explosive view of the fourth embodiment of theinvention;

FIG. 7 is a perspective explosive view of the fifth embodiment of theinvention;

FIG. 8 is a top view of the sixth embodiment of the invention;

FIG. 9 is a top view of another aspect of the column body of theinvention; and

FIG. 10 is a top view of a further aspect of the column body of theinvention.

DETAILED DESCRIPTION OF THE INVENTION

In cooperation with attached drawings, the technical contents anddetailed description of the present invention are described thereinafteraccording to a number of preferable embodiments, not used to limit itsexecuting scope. Any equivalent variation and modification madeaccording to appended claims is all covered by the claims claimed by thepresent invention.

Please refer to FIG. 1 and FIG. 2, which respectively are a perspectiveexplosive view and a perspective outer view of the invention, in whichthe invention is to provide a combinative partition wall 1, including acolumn body 10, a first partition 20, a second partition and twoseparably connecting mechanisms 40.

According to an embodiment of the invention, the column body 10 is analuminum exclusion, the cross-sectional profile of which is shown as asquare or other tetragons, however, not limited to these shapes only,and four side faces of which are respectively formed a groove 11.

The first partition 20 arranged to one side of the column body 10includes a first plate body 21 and a first block 22 that is fixed to thefirst plate body 21 and is arranged by insetting into the groove 11correspondingly, thereby, possessing a guiding and positioning functionwhen the first partition 20 and the column body 10 are combinedtogether. In the meantime, another side of the first plate body 21 isarranged a first groove 23.

The second partition 30 that is arranged to one side of the column body10 and is interspaced with the first partition 20 in a row includes asecond plate body 31 and a second block 32 that is fixed correspondinglyby insetting into the groove 11, thereby, possessing a guiding andpositioning function when the second partition 30 and the column body 10are combined together.

One of the separably connecting mechanisms 40 is fixed between thecolumn body 10 and the first partition 21, while another separablyconnecting mechanism 40 is fixed between the column body 10 and thesecond plate body 31. One of the separably connecting mechanisms 40includes a first wedging hook 41 fixed to the column body 10 and asecond wedging hook 42 fixed to the first plate body 21. Both the firstwedging hook 41 and the second wedging hook 42 are inter-connected bysnapping to each other. The contacting face of the second wedging hook42 snapped correspondingly into the first wedging hook is shown as askew configuration. When the second wedging hook 42 and the firstwedging hook 41 are combined, by means of gravity or loading pressure,the first plate body 21 and the second plate body 31 are tightlycombined to the column body 10. In this case, the first wedging hook 41and the second wedging hook 42 are all shown as a “J” shape. Anotherside of the first plate body 21 and the second plate body 31 are alsorespectively fixed a first wedging hook 41, which is shown as a “U”shape.

The combinative partition wall 1 further includes a pulling-and-bucklingmechanism 50 that includes a wedge buckle piece 51 and apulling-and-buckling piece 52 connected by buckling with thecorresponding wedge buckle piece 51. In this case, the wedge bucklepiece 51 is fixed to the column body 10, while the pulling-and-bucklingpiece 52 is fixed to the first plate body 21. The functions of thepulling-and-buckling mechanism 50 are to combine the first plate body 21and the column body 10 more tightly and to enhance the stability whenthey are connected together.

Please refer to FIG. 3, which is a perspective outer view of the secondembodiment of the invention. In this case, the sizes of first partition20 and the second partition 30 are not limited and can also be arectangular plate body. Compared to last embodiment, the secondpartition 30 of this embodiment is assembled by connecting to the firstpartition 20, the wedge buckle piece 51 of the pulling-and-bucklingmechanism 50 is fixed to the first partition 21, thepulling-and-buckling piece 52 is fixed to the second plate body 31, andthe wedge buckle piece 51 and the pulling-and-buckling piece 52 areinter-buckled together. Depending upon any practically usingrequirement, the second plate body 31 can be connected to the firstplate body 21 or the column body 10.

Please refer to FIG. 4, which is a perspective outer view of the thirdembodiment of the invention. This embodiment includes three columnbodies 10, between each pair of which a plurality of first partitions 20and second partitions 30 can be connected and formed into an “L” shape.During usage, depending upon practically using requirement, a neededshape can be assembled by the column body 10, the first partition 20 andthe second partition 30. In the meantime, for the purpose of convenientusage, a distance is interspaced between the upper partition and thelower partition.

Please refer to FIG. 5, which is a perspective outer view of theinvention disposed with a wire-placing plate. In this case, thecombinative partition wall 1 further includes a wire-placing plate 60,the cross-sectional profile of which is shown as an “H” shape, and whichis arranged by covering over the top faces of the column body 10, thefirst partition 20 and the second partition 30. The wire-placing plate60 is further arranged by opening a plurality of through holes 61 foraccommodating the pulling-and-buckling piece 52 and the wedge bucklepiece 51. The function of the wire placing plate 60 is to provide arecessing area for placing the electric wires, plugs or power-sourcesockets (not shown in the figures) therein, thereby, enhancing its usageconvenience.

Please refer to FIG. 6 and FIG. 7, which are two perspective explosiveviews of the fourth and fifth embodiments of the invention. In theembodiment of FIG. 6, the first wedging hook 41 fixed in the first platebody 21 is shown as an “L” shape, which is different to the “U” shapedirectly shown by the first wedging hook 24 fixed at the first platebody 21 and at another side of the second plate body 31 according toaforementioned embodiment. In the embodiment of FIG. 7, the firstwedging hook 24 fixed at the first plate body 21 and at another side ofthe second plate body 31 is shown as a “J” shape.

Please refer to FIG. 8, which is a top view of the sixth embodiment ofthe invention. Besides shown as a rectangular shape, the first partition20 and the second partition 30 may also be shown as an arc shape,thereby, making this combinative partition wall possess more utilizationin disposition and assembly, thereby, enhancing its practicability.

Please refer to FIG. 9 and FIG. 10, which are two top views of anotherand a further aspects of the column body of the invention, and in whichthe column body 10 can be a column body shown as an octagon or pentagon,so the invention can have a multiple directions of assembly and fulfillthe requirement of practical usage, thereby, enhancing itspracticability in terms of usage.

Summarizing aforementioned description, the invention is anindispensably novel structure for a compressor indeed, which maypositively reach the expected usage objective for solving the drawbacksof the prior arts, and which extremely possesses the innovation andprogressiveness to completely fulfill the applying merits of new typepatent, according to which the invention is thereby applied. Pleaseexamine the application carefully and grant it as a formal patent forprotecting the rights of the inventor.

However, the aforementioned description is only a number of preferableembodiments according to the present invention, not used to limit thepatent scope of the invention, so equivalently structural variation madeto the contents of the present invention, for example, description anddrawings, is all covered by the claims claimed thereinafter.

1. A combinative partition wall (1), including: a column body (10),which is formed with a groove (11); a first partition (20), which isarranged to one side of the column body (10) and includes a first platebody (21) and a first block (22) that is fixed to the first plate body(21) and is inset into the groove (11) correspondingly; a secondpartition (30), which is arranged to one side of the column body (10)and is interspaced to the first partition (20) in a row, and whichincludes a second plate body (31) and a second block (32) that is fixedto the second plate body (31) and is inset into the groove (11)correspondingly; and two separably connecting mechanisms (40), one ofwhich is fixed between the column body (10) and the first plate body(21), and another of which is fixed between the column body (10) and thesecond plate body (31).
 2. The combinative partition wall according toclaim 1, wherein the separably connecting mechanism (40) includes afirst wedging hook (41) connected to the column body (10) and a secondwedging hook (42) connected to the first plate body (21), and whereinthe first wedging hook (41) is connected by inter-snapping with thesecond wedging hook (42).
 3. The combinative partition wall according toclaim 2, wherein a contacting face of the second wedging hook (42)correspondingly snapped with the first wedging hook (41) is shown as askew configuration.
 4. The combinative partition wall according to claim3, wherein the first wedging hook (41) and the second wedging hook (42)are all shown as a “J” configuration.
 5. The combinative partition wallaccording to claim 1, wherein the separably connecting mechanism (40)includes a first wedging hook (41) connected to the column body (10) anda second wedging hook (42) connected to the second plate body (31), andwherein the first wedging hook (41) is connected by inter-snapping withthe second wedging hook (42).
 6. The combinative partition wallaccording to claim 5, wherein a contacting face of the second wedginghook (42) correspondingly snapped with the first wedging hook (41) isshown as a skew configuration.
 7. The combinative partition wallaccording to claim 6, wherein the wedging hook (41, 42) is shown as a“J” configuration.
 8. The combinative partition wall according to claim1, further including a pulling-and-buckling mechanism (50), whichincludes a wedge buckle piece (51) that is fixed to the column body (10)and a pulling-and-buckling piece (52) that is fixed to the first platebody (21) and is buckled-up with the wedge buckle piece (51)correspondingly.
 9. The combinative partition wall according to claim 1,further including a wire-placing plate (60), which is arranged bycovering top faces of the column body (10) and the first partition (20).10. A combinative partition wall (1), including: a column body (10),which is formed with a groove (11); a first partition (20), which isarranged to one side of the column body (10) and includes a first platebody (21) that is arranged by opening a first groove (23) and a firstblock (22) that is fixed to the first plate body (21) and is inset intothe groove (11) correspondingly; a second partition (30), which isarranged to one side of the first partition (20), and which includes asecond plate body (31) and a second block (32) that is fixed to thesecond plate body (31) and is inset into the first groove (23)correspondingly; and two separably connecting mechanisms (40), one ofwhich is fixed between the column body (10) and the first plate body(21), and another of which is fixed between the column body (10) and thesecond plate body (31).
 11. The combinative partition wall according toclaim 10, wherein the separably connecting mechanism (40) includes afirst wedging hook (41) connected to the column body (10) and a secondwedging hook (42) connected to the first plate body (21), and whereinthe first wedging hook (41) is connected by inter-snapping with thesecond wedging hook (42).
 12. The combinative partition wall accordingto claim 11, wherein a contacting face of the second wedging hook (42)correspondingly snapped with the first wedging hook (41) is shown as askew configuration.
 13. The combinative partition wall according toclaim 12, wherein the wedging hook (41, 42) is shown as a “J”configuration.
 14. The combinative partition wall according to claim 10,wherein the separably connecting mechanism (40) includes a first wedginghook (41) connected to the first plate body (21) and a second wedginghook (42) connected to the second plate body (31), and wherein the firstwedging hook (41) is connected by inter-snapping with the second wedginghook (42).
 15. The combinative partition wall according to claim 14,wherein a contacting face of the second wedging hook (42)correspondingly snapped with the first wedging hook (41) is shown as askew configuration.
 16. The combinative partition wall according toclaim 15, wherein the wedging hook (41, 42) is shown as a “J”configuration.
 17. The combinative partition wall according to claim 16,wherein the first wedging hook (41) is shown as a “J” configuration andthe second wedging hook (42) is shown as a “U” configuration.
 18. Thecombinative partition wall according to claim 10, further including apulling-and-buckling mechanism (50), which includes a wedge buckle piece(51) that is fixed to the column body (10) and a pulling-and-bucklingpiece (52) that is fixed to the first plate body (21) and is buckled-upwith the wedge buckle piece (51) correspondingly.
 19. The combinativepartition wall according to claim 10, further including apulling-and-buckling mechanism (50), which includes a wedge buckle piece(51) that is fixed to the first plate body (21) and apulling-and-buckling piece (52) that is fixed to the second plate body(31) and is buckled-up with the wedge buckle piece (51) correspondingly.20. The combinative partition wall according to claim 10, furtherincluding a wire-placing plate (60), which is arranged by covering topfaces of the column body (10), the first plate body (21) and the secondplate body (31).